def check_rhyme(rhyme_scheme, line, phonemes):
''' rhyme_scheme: a dict of end rhymes for the current limerick, of the form
{'A': phoneme, 'B': phoneme}
line: position of line whose ending we are checking ('A' or 'B')
phonemes: the phoneme ending the current line, to check against rhyme_scheme
'''
if not line in rhyme_scheme:
return False
return poetry.rhyme_from_phonemes(rhyme_scheme[line], phonemes)
def check_rhyme(rhyme_scheme, line, phonemes):
''' rhyme_scheme: a dict of end rhymes for the current limerick, of the form
{'A': phoneme, 'B': phoneme}
line: position of line whose ending we are checking ('A' or 'B')
phonemes: the phoneme ending the current line, to check against rhyme_scheme
'''
if not line in rhyme_scheme:
return False
return poetry.rhyme_from_phonemes(rhyme_scheme[line], phonemes)
def cmu_phonemes(word):
# If in cmudict, just use cmudict
if not word.lower() in d:
return False
else:
return min(d[word.lower()], key=len)
hit = 0
miss = 0
for word, vals in d.iteritems():
cmu = cmu_phonemes(word)
suff = suffdict_phonemes(word)
if cmu and suff and poetry.rhyme_from_phonemes(cmu, suff):
hit += 1
elif not cmu:
print "Not in cmudict!"
elif not suff:
print "Not in suffdict!"
else:
print word
miss += 1
print "hits: "
print hit
print "misses: "
print miss
print "Percent accuracy: "
print (hit / (hit + miss)) * 100
if overflows_line(syllable_counter, sylct):
break # break out if a word overflows the line
word_array.append(next_word)
syllable_counter += sylct
phonemes = word_data[next_word]['phonemes']
if syllable_counter == 8:
if not phonemes:
break
rhyme_scheme['A'] = phonemes
word_array.append("\n")
elif syllable_counter == 16:
word_array.append("\n")
if not phonemes:
break
if (not 'A' in rhyme_scheme or not \
poetry.rhyme_from_phonemes(rhyme_scheme['A'], phonemes)):
break
elif syllable_counter == 21:
if phonemes == rhyme_scheme['A'] or not phonemes:
break
rhyme_scheme['B'] = phonemes
word_array.append("\n")
elif syllable_counter == 26:
word_array.append("\n")
if not phonemes:
break
if (not 'B' in rhyme_scheme or not \
poetry.rhyme_from_phonemes(rhyme_scheme['B'], phonemes)):
break
elif syllable_counter == 35:
if not phonemes:
sylct = word_data[next_word]['sylct']
if overflows_line(syllable_counter, sylct):
break # break out if a word overflows the line
word_array.append(next_word)
syllable_counter += sylct
phonemes = word_data[next_word]['phonemes']
if syllable_counter == 8:
if not phonemes:
break
rhyme_scheme['A'] = phonemes
word_array.append("\n")
elif syllable_counter == 16:
word_array.append("\n")
if not phonemes:
break
if not 'A' in rhyme_scheme or not poetry.rhyme_from_phonemes(rhyme_scheme['A'], phonemes):
break
elif syllable_counter == 21:
if phonemes == rhyme_scheme['A'] or not phonemes:
break
rhyme_scheme['B'] = phonemes
word_array.append("\n")
elif syllable_counter == 26:
word_array.append("\n")
if not phonemes:
break
if not 'B' in rhyme_scheme or not poetry.rhyme_from_phonemes(rhyme_scheme['B'], phonemes):
break
elif syllable_counter == 35:
if not phonemes:
break
def cmu_phonemes(word):
# If in cmudict, just use cmudict
if not word.lower() in d:
return False
else:
return min(d[word.lower()], key=len)
hit = 0
miss = 0
for word, vals in d.iteritems():
cmu = cmu_phonemes(word)
suff = suffdict_phonemes(word)
if cmu and suff and poetry.rhyme_from_phonemes(cmu, suff):
hit += 1
elif not cmu:
print "Not in cmudict!"
elif not suff:
print "Not in suffdict!"
else:
print word
miss += 1
print "hits: "
print hit
print "misses: "
print miss
print "Percent accuracy: "
print(hit / (hit + miss)) * 100